June 08, 2026

Product Specification: B&R 5PC600.FA03-00 APC620 Fan Kit

The 5PC600.FA03-00 is an optional high-performance active cooling fan kit designed exclusively for the B&R Automation PC 620 (APC620) system unit equipped with 3 PCI slots. Manufactured by B&R Industrial Automation (ABB Group), it augments the standard passive cooling system, delivering robust airflow to cool the CPU, three PCI expansion slots, and internal storage components. Engineered for industrial durability, low noise, and long-term reliability, it ensures stable thermal management in high-temperature, high-load, or 24/7 continuous operation environments.

Description

Product Specification: B&R 5PC600.FA03-00 APC620 Fan Kit

1. Product Overview

2. Basic Product Information

Manufacturer and Model Identity

Manufacturer: B&R Industrial Automation. Model: 5PC600.FA03-00. Description: APC620 fan kit for system units with 3 PCI slots, 80 mm axial fans, double ball bearings, integrated dust filter. B&R material number: 5PC600.FA03-00. Product type: Optional active cooling accessory for B&R 5PC600 series industrial PC systems.

Electrical Characteristics

Power Supply: 24 V DC ±10% (direct power from APC620 internal backplane; no external adapter required).
Power Consumption: ≤12 W (total for dual fans at full speed).
Fan Type: DC axial fan with double ball bearings (extended service life, low friction).
Speed: 2600 rpm ±10% (fixed speed for maximum reliability).
Airflow: 28 m³/h (maximum combined airflow, free air).
Static Pressure: 220 Pa (maximum, for effective cooling through chassis obstructions).
Noise Level: 27 dB(A) at 1 m distance (low noise for industrial cabinet environments).

Physical and Mechanical Properties

Fan Dimensions: 80 mm (width) × 80 mm (length) × 20 mm (depth) per fan.
Kit Dimensions: 180 mm × 120 mm × 35 mm (complete assembly including fans, filter, and mounting bracket).
Weight: Approximately 0.50 kg (fully assembled kit).
Mounting: Screw-mounted directly to the APC620 internal chassis, aligned with the 3 PCI slots and CPU/heat sink area; includes 8 mounting screws for secure installation.
Protection Rating: IP20 (fan assembly; integrated dust filter provides additional ingress protection against fine particles).
Vibration Resistance: 2–200 Hz (0.5 g continuous, compliant with EN 61131-2).
Shock Resistance: 10 g (11 ms pulse, operational; 20 g non-operational).
Kit Contents: 2×80 mm axial fans, 1×reusable dust filter, 8×mounting screws, installation hardware.

Environmental Limits

Operating Temperature: 0°C to +55°C (fan kit; extends APC620 system thermal range by 12–18°C).
Storage Temperature: -30°C to +75°C.
Relative Humidity: 10%–95% (non-condensing, all operational and storage states).
Pollution Degree: 2 (industrial environment per EN 61131-2).
Altitude: Up to 3,000 m (no performance derating).

Compliance and Certification

Compliant with EN 61131-2, EN 61000-6-2, EN 61000-6-4. Certifications: CE, UKCA, cULus, RoHS. 100% factory tested for airflow consistency, bearing reliability, electrical safety, and vibration durability.

3. Function and Product Positioning

Core Functions

Dual-80mm High-Volume Cooling: Two high-performance 80 mm fans deliver synchronized, high-velocity airflow to the APC620’s three PCI slots, CPU, and storage compartment, reducing component operating temperatures by up to 20°C under full load—critical for high-power PCI cards and 24/7 operation.
Integrated Dust Filtration: Reusable, easy-to-access dust filter captures airborne particles, preventing contamination of internal components and maintaining cooling efficiency in dusty industrial environments; filter inspection/cleaning requires no fan removal.
Extended System Lifespan: By lowering thermal stress on critical components (CPU, PCI cards, HDD/SSD), the fan kit reduces premature failure risk and extends the service life of the 5PC600 system and peripherals.
Plug-and-Play Integration: Seamless compatibility with 3 PCI slot APC620 systems; connects directly to the internal 24 V DC backplane with no additional wiring, configuration, or software setup required.

Operational Features

The double ball bearing design ensures 80,000 hours of service life at 30°C (continuous operation), minimizing maintenance and replacement costs. Fixed-speed operation eliminates complex control circuitry, enhancing reliability in harsh industrial conditions. LED indicators on the fan housing confirm power status and operational activity for quick diagnostics. The filter is designed for tool-free removal, enabling easy cleaning or replacement during routine maintenance.

Product Positioning

A high-reliability, cost-effective active cooling upgrade for B&R APC620 systems with 3 PCI slots, the fan kit targets applications where passive cooling is insufficient—including high ambient temperatures (45°C+), 24/7 continuous operation, installations with heat-intensive PCI cards (e.g., motion control, high-speed communication), and enclosed cabinets with poor ventilation. It is the preferred cooling solution for system integrators and machine builders seeking optimal performance, stability, and longevity in demanding industrial automation environments.

4. Core Performance Parameters

Cooling Performance

Fan Configuration: 2×80 mm axial fans (dual parallel airflow).
Fan Speed: 2600 rpm ±10% (fixed).
Combined Airflow: 28 m³/h (max).
Static Pressure: 220 Pa (max).
Temperature Reduction: Up to 20°C (CPU/PCI cards/storage under full load).

Reliability Performance

Bearing Type: Double ball bearings (low friction, long life).
Service Life: 80,000 hours at 30°C (continuous operation).
MTBF: >150,000 hours at 25°C (system-level with fan kit).
Noise Level: 27 dB(A) at 1 m.
Maintenance Interval: 3–6 months (filter cleaning/replacement, depending on dust levels).

Mechanical Compatibility

Compatible System: B&R APC620 system units with 3 PCI slots only (incompatible with 1 or 2 PCI slot models).
Mounting Location: Internal chassis, adjacent to 3 PCI slots and CPU/heat sink.
Power Source: 24 V DC from APC620 internal backplane.

5. General Matching Accessories

Compatible Hardware

B&R APC620 system unit with 3 PCI slots, replacement dust filters (B&R part number 5AC600.FA03-00, 5-piece packs), 80 mm replacement fan cartridges, and standard APC620 mounting hardware.

Installation & Maintenance

Phillips screwdriver (for mounting), anti-static gloves (for handling internal components), and filter cleaning kit (soft brush, compressed air).

Spare Parts

Replacement fan motor assemblies (80 mm), mounting screws, filter retainer clips, and dust filters (5AC600.FA03-00).

Software & Documentation

APC620 user manual (fan kit installation section), maintenance guide (filter cleaning/replacement procedures), and B&R Automation Studio documentation (system thermal monitoring setup).

6. Applicable Equipment and Industry Fields

Primary Applications

Factory Automation: High-load assembly lines, material handling systems, and robotic cells (24/7 operation, elevated cabinet temperatures, heat-intensive I/O modules).
Packaging Machinery: Continuous-duty filling, cartoning, labeling, and sealing equipment (extended runtime, enclosed cabinets, high-power PCI communication cards).
Plastics Processing: Injection molding, extrusion, and blow molding machines (24/7 operation, high ambient temperatures, process control PCI cards).
Process Automation: Water treatment, chemical processing, and pharmaceutical manufacturing (enclosed cabinets, dusty environments, long operational hours).

Secondary Applications

Textile machinery, printing equipment, woodworking machinery, food and beverage processing, and building automation systems (cabinet-mounted control, edge computing, data acquisition, and remote monitoring).

Compatibility Notes

This fan kit is exclusively compatible with APC620 systems featuring 3 PCI slots; it cannot be used with 1 or 2 PCI slot models (e.g., 5PC600.FA01-00, 5PC600.FA02-00). Installation must be performed by qualified personnel with the system power disconnected and proper anti-static precautions. Clean or replace the dust filter every 3–6 months (depending on environmental dust levels) to maintain airflow efficiency. Ensure proper chassis grounding to prevent electrical noise interference with fan operation and system components.

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